ALLTEC and FOBA Laser industrial laser marking and engraving systems

ALLTEC and FOBA Laser marking machinery (Germany): M-Series workstations, Y-Series fiber markers, Titus heads, ultraviolet cold marking, and CO2 lasers.

Industrial laser marking workstations FOBA M-Series

FOBA M-Series laser workstations provide precision marking for single parts and production batches. The Class 1 safety enclosure, motorized motion axes, and rotary index tables deliver dependable positioning during demanding continuous factory duty across modern production workshops.

Compact benchtop M1000 workstation for individual small part identification
Versatile M2000 production platform equipped with motorized travel axes
Heavy-duty M3000 floor model engineered for bulky housings and tooling blocks
Integrated through-the-lens optical vision module for alignment verification

Pulsed ytterbium fiber laser marking systems FOBA Y-Series

FOBA Y-Series fiber laser markers operating at 1064 nm wavelength deliver high-speed contrast marking on alloy metals and engineering polymers. Compact scan heads integrate into automated industrial assembly lines, robot cells, and continuous production machinery.

Ytterbium sources with 20W, 30W, and 50W output and selectable pulse durations
High-dynamic galvanometer scanning heads for sharp micro-scale character fonts
Direct application of permanent DataMatrix 2D codes and sequential numbering
Compact industrial controller supporting standard digital communication buses

Sub-compact industrial laser marking heads FOBA Titus

The ultra-compact FOBA Titus head delivers a sub-miniature marking solution with flexible beam routing. Minimal overall mass and diminutive physical dimensions allow straightforward mounting directly within constrained packaging equipment and robotic assembly zones.

Featherweight printhead structure designed for robotic manipulator integration
Flexible 90-degree optical beam exit orientation for tight machinery spaces
Rugged IP65 environmental protection against factory dust and moisture ingress
Quick-disconnect optical conduit simplifies mechanical routing and maintenance

FOBA UV ultraviolet laser systems for cold photochemical marking

FOBA ultraviolet lasers with short 355 nm wavelength implement cold photochemical marking technology. Absence of thermal stress avoids warping on thin-walled tubing, sensitive surgical instruments, and optoelectronic semiconductor components.

Photochemical interaction at molecular level without thermal heating degradation
High-contrast marking on medical catheters, silicone hoses, and fluoropolymers
Ultra-fine optical focus producing microscopic readable codes and characters
Complete adherence to UDI direct part marking guidelines for healthcare gear

Industrial carbon dioxide CO2 laser markers FOBA C-Series

FOBA C-Series carbon dioxide laser markers produce permanent alphanumeric marks on organic packaging materials, paperboard, glass, and wood. Wavelength options of 10.6, 10.2, and 9.3 micrometers ensure optimal optical absorption across varied technical polymers.

Tailored optical wavelengths for PET bottles, foils, and multilayer packaging
Rapid character engraving on fast-moving continuous industrial conveyor lines
Sealed gas-discharge laser resonator delivering extended operating longevity
Dependable printing of expiration dates, lot numbers, and regulatory data

Integrated machine vision systems FOBA IMP and HELP verification

FOBA IMP intelligent optical systems and HELP workflow algorithms provide automated part detection through the laser lens via Through-The-Lens (TTL) vision. The setup conducts pre-marking coordinate alignment and post-marking validation of code readability.

Through-the-lens optical pathway for automated workpiece coordinate capture
Point and Shoot visual interface for operator graphic positioning on workpieces
Automatic reading and grade verification of linear barcodes and 2D matrix symbologies
Scrap reduction by inhibiting marking activation whenever orientation shifts

Industrial engineering heritage and manufacturing profile of ALLTEC and FOBA Laser

ALLTEC Angewandte Laserlicht Technologie GmbH operates as an international technology pioneer in precision industrial laser marking and engraving systems. The marque heritage originated in 1969 with the establishment of FOBA as an expert mold construction and precision tooling workshop.

In 1985, ALLTEC was founded in Selmsdorf near Luebeck, focusing on advanced industrial laser beam sources.

ALLTEC joined the Product Identification Platform of Danaher Corporation in 2004, serving as the headquarters for the Laser Business Unit, and integrated manufacturing operations with FOBA in 2009.

The group continues technical progression within Veralto Corporation, maintaining superior fabrication standards for automated marking lines worldwide.

Industrial laser marking workstations FOBA M-Series (M1000, M2000, M3000)

FOBA M-Series industrial laser workstations deliver integrated Class 1 safety enclosures engineered for manual workstation loading and high-volume batch processing. The compact M1000 benchtop model provides economical laser marking for small individual components and compact production runs.

The versatile M2000 platform features programmable motorized travel axes alongside a two-position rotary index table, accelerating part loading cycles for workshop operators.

The heavy-duty M3000 floor unit accommodates bulky metal housings, large injection molds, and extensive production lots requiring continuous, dependable laser processing under demanding factory conditions.

Pulsed ytterbium fiber laser marking systems FOBA Y-Series and compact Titus heads

FOBA Y-Series ytterbium fiber laser systems operating at 1064 nm wavelength produce high-contrast, permanent markings on alloy steels, aluminum, and engineering polymers.

Available with 20W, 30W, and 50W output power, these sources offer selectable pulse widths for precision ablation, annealing, and surface texturing.

To facilitate seamless integration into continuous production conveyors and robotic automation cells, engineers developed the miniature FOBA Titus printhead with IP65 environmental sealing.

Its low physical weight and 90-degree optical beam exit orientation allow straightforward mounting within restricted machine spaces and directly onto multi-axis robot arms.

FOBA UV ultraviolet laser systems for cold photochemical marking of sensitive polymers

FOBA UV series ultraviolet laser markers operating at 355 nm wavelength implement cold photochemical processing for heat-sensitive industrial materials.

Short-wavelength high-energy photons alter molecular structures without generating heat, completely eliminating melting or thermal distortion on thin-walled hoses, medical catheters, and optoelectronic components.

The UV systems produce permanent high-contrast linear barcodes and 2D DataMatrix symbologies fulfilling stringent UDI traceability criteria for healthcare equipment.

Consistent focal spot stability ensures readable microscopic typography and intricate vector graphics on fluoropolymers and high-density polyethylene.

Industrial carbon dioxide CO2 laser markers FOBA C-Series for packaging and organics

FOBA C-Series carbon dioxide laser marking systems deliver high-speed identification on organic packaging substrates, technical glass, paperboard, and wood.

Available in 10.6, 10.2, and 9.3 micrometer wavelengths, these units allow precise spectral matching to the optical absorption profiles of specific polymers, including transparent PET containers and multilayer foils.

Rugged sealed metal laser resonators provide uniform beam mode quality and tens of thousands of maintenance-free running hours. C-Series markers apply sharp alphanumeric text, expiration dates, lot numbers, and machine-readable barcodes across fast-moving continuous bottling and packaging lines.

Integrated machine vision systems FOBA IMP, Point and Shoot, and HELP validation

Intelligent process reliability and accurate workpiece orientation are achieved through FOBA IMP and Point and Shoot vision systems utilizing Through-The-Lens (TTL) optical alignment.

The internal camera views the target area directly along the laser beam optical path, eliminating parallax discrepancies and positioning errors.

The proprietary HELP software algorithm conducts automated pre-marking workpiece feature recognition, aligns the marking graphic to actual part placement, and validates post-marking code readability and print contrast.

If part positioning shifts beyond set tolerances, laser firing is inhibited, preventing manufacturing scrap.

ALLTEC / FOBA Laser and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of ALLTEC / FOBA Laser and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.